Stirred Cells | Labs, pharmaceutical production, water treatment plants | Material: Industry (Carbon Steel) vs Base (Stainless Steel ASTM A240 ▲) vs Advanced (316L ▲▲) (resists corrosion in harsh chemicals) Pressure Rating: 300 PSI (Industry) vs 400 PSI (Base ▲) vs 500 PSI (Advanced ▲▲) (meets ASME BPVC standards) Filtration Efficiency: 98% (Industry) vs 99% (Base ▲) vs 99.9% (Advanced ▲▲) (ISO 19438) | High pressure tolerance, customizable for membranes, precise filtration | Higher cost, requires skilled operation |
Membrane Filters | Water purification, food industry | Material: Polypropylene ISO 9001 Pressure: 200 PSI (handles light industrial use) Efficiency: 95% (ISO 19438) | Versatile, lower cost, compact design | Lower pressure tolerance, limited chemical resistance |
Centrifugal Separators | Oil/water separation, chemical plants | RPM: 3000 (ISO 2372 vibration standard) Capacity: 1000 L/hr (ISO 8434) Energy Use: High (IEC 60038) | High throughput, no membrane dependency | High energy consumption, frequent maintenance |
Pressure Vessels | Industrial storage under pressure | Material: Carbon Steel ASTM A36 Pressure: 600 PSI (ASME BPVC) Volume: Customizable (ISO 14644) | High-pressure storage, scalable sizes | Not filtration-focused, bulky installation |
Filtration Modules | Modular water treatment systems | Modularity: ISO 1219 compliant Efficiency: 97% (ISO 19438) Cost: Modular pricing (IEC 61439) | Scalable, adaptable to workflows | Requires system integration, potential efficiency gaps |
Industrial Strainers | Pipeline filtration, HVAC systems | Material: Cast Iron ASTM A48 Mesh Size: 200 micron (ISO 565) Pressure: 150 PSI (ASME B16.5) | Inexpensive, easy cleaning | Low efficiency (particulate only), not for high-pressure filtration |